The High Performance Liquid-Cooled Supercharging Station Coolant Circulation Pump (Model: OWP-BL60H-D2-1) is a high-efficiency core component engineered to meet the intensive cooling needs of new energy vehicle supercharging infrastructure. With exceptional flow and head capabilities, this pump delivers superior coolant circulation, ensuring the stable operation of high-power liquid-cooled supercharging stations.
| Specification | Details |
|---|---|
| Model | OWP-BL60H-D2-1 |
| Input Voltage | 24VDC (16-32V wide range) |
| Rated Power | 60W |
| Maximum Flow | 3L/minute |
| Maximum Head | 60 meters |
| Rated Performance | Q=2L/min, H≥30m |
| Medium Compatibility | 50%-60% ethylene glycol + water, insulating oil, fluorinated liquid |
| Medium Temperature Range | -40℃ to +85℃ |
| Inlet/Outlet Diameter | 10mm |
| Speed Control | Supported |
| Error Feedback | Supported |
| Protection Class | IP67 |
| Noise Level | ≤45 decibels |
| Service Life | >20000 hours (at 36℃ ambient temperature & rated voltage) |
| Weight | 650 grams |
| System Pressure Resistance | -99-600Kpa (at 100℃) |
Focused on the new energy vehicle supercharging industry, this high-performance pump is exclusively designed for liquid-cooled supercharging stations, including 350kW+ fast-charging piles, commercial supercharging hubs, and industrial EV charging complexes. It is a key part of the coolant circulation system, responsible for transferring heat from charging modules, power units, and cables—ensuring consistent performance during long-duration, high-power charging sessions.
Its core advantages lie in outstanding hydraulic performance: a maximum flow of 3L/min and 60-meter head enable efficient heat dissipation even in large-scale cooling loops, while the rated performance (Q=2L/min, H≥30m) guarantees stable operation under standard working conditions. The 60W high-efficiency motor minimizes energy consumption, and IP67 protection ensures durability in outdoor or dusty environments. With support for speed control, users can adjust flow rates based on cooling demands, and error feedback facilitates timely maintenance. Compatible with extreme temperatures and multiple cooling media, this pump offers unmatched reliability for high-performance liquid-cooled supercharging stations, reducing downtime and enhancing charging efficiency.





